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Results: 1-11 |
Results: 11
UTILIZATION OF A MAMMALIAN CELL-BASED RNA-BINDING ASSAY TO CHARACTERIZE THE RNA-BINDING PROPERTIES OF PICORNAVIRUS 3C PROTEINASES
Authors: BLAIR WS PARSLEY TB BOGERD HP TOWNER JS SEMLER BL CULLEN BR
Citation: Ws. Blair et al., UTILIZATION OF A MAMMALIAN CELL-BASED RNA-BINDING ASSAY TO CHARACTERIZE THE RNA-BINDING PROPERTIES OF PICORNAVIRUS 3C PROTEINASES, RNA, 4(2), 1998, pp. 215-225
INHIBITION OF HUMAN-IMMUNODEFICIENCY-VIRUS REV AND HUMAN T-CELL LEUKEMIA-VIRUS REX FUNCTION, BUT NOT MASON-PFIZER MONKEY VIRUS CONSTITUTIVETRANSPORT ELEMENT ACTIVITY, BY A MUTANT HUMAN NUCLEOPORIN TARGETED TOCRM1
Authors: BOGERD HP ECHARRI A ROSS TM CULLEN BR
Citation: Hp. Bogerd et al., INHIBITION OF HUMAN-IMMUNODEFICIENCY-VIRUS REV AND HUMAN T-CELL LEUKEMIA-VIRUS REX FUNCTION, BUT NOT MASON-PFIZER MONKEY VIRUS CONSTITUTIVETRANSPORT ELEMENT ACTIVITY, BY A MUTANT HUMAN NUCLEOPORIN TARGETED TOCRM1, Journal of virology (Print), 72(11), 1998, pp. 8627-8635
PROTEIN-SEQUENCE REQUIREMENTS FOR FUNCTION OF THE HUMAN T-CELL LEUKEMIA-VIRUS TYPE-1 REX NUCLEAR EXPORT SIGNAL DELINEATED BY A NOVEL IN-VIVO RANDOMIZATION-SELECTION ASSAY
Authors: BOGERD HP FRIDELL RA BENSON RE HUA J CULLEN BR
Citation: Hp. Bogerd et al., PROTEIN-SEQUENCE REQUIREMENTS FOR FUNCTION OF THE HUMAN T-CELL LEUKEMIA-VIRUS TYPE-1 REX NUCLEAR EXPORT SIGNAL DELINEATED BY A NOVEL IN-VIVO RANDOMIZATION-SELECTION ASSAY, Molecular and cellular biology, 16(8), 1996, pp. 4207-4214
A NUCLEAR ROLE FOR THE FRAGILE-X MENTAL-RETARDATION PROTEIN
Authors: FRIDELL RA BENSON RE HUA J BOGERD HP CULLEN BR
Citation: Ra. Fridell et al., A NUCLEAR ROLE FOR THE FRAGILE-X MENTAL-RETARDATION PROTEIN, EMBO journal, 15(19), 1996, pp. 5408-5414
NUCLEAR EXPORT OF LATE HIV-1 MESSENGER-RNAS OCCURS VIA A CELLULAR PROTEIN EXPORT PATHWAY
Authors: FRIDELL RA BOGERD HP CULLEN BR
Citation: Ra. Fridell et al., NUCLEAR EXPORT OF LATE HIV-1 MESSENGER-RNAS OCCURS VIA A CELLULAR PROTEIN EXPORT PATHWAY, Proceedings of the National Academy of Sciences of the United Statesof America, 93(9), 1996, pp. 4421-4424
IDENTIFICATION OF A HUMAN COFACTOR FOR THE REV REX CLASS OF RETROVIRAL REGULATORY PROTEINS/
Authors: BOGERD HP FRIDELL RA MADORE SJ CULLEN BR
Citation: Hp. Bogerd et al., IDENTIFICATION OF A HUMAN COFACTOR FOR THE REV REX CLASS OF RETROVIRAL REGULATORY PROTEINS/, AIDS research and human retroviruses, 11, 1995, pp. 86-86
IDENTIFICATION OF A NOVEL CELLULAR COFACTOR FOR THE REV REX CLASS OF RETROVIRAL REGULATORY PROTEINS/
Authors: BOGERD HP FRIDELL RA MADORE S CULLEN BR
Citation: Hp. Bogerd et al., IDENTIFICATION OF A NOVEL CELLULAR COFACTOR FOR THE REV REX CLASS OF RETROVIRAL REGULATORY PROTEINS/, Cell, 82(3), 1995, pp. 485-494
IDENTIFICATION OF A NOVEL HUMAN ZINC-FINGER PROTEIN THAT SPECIFICALLYINTERACTS WITH THE ACTIVATION DOMAIN OF LENTIVIRAL TAT PROTEINS
Authors: FRIDELL RA HARDING LS BOGERD HP CULLEN BR
Citation: Ra. Fridell et al., IDENTIFICATION OF A NOVEL HUMAN ZINC-FINGER PROTEIN THAT SPECIFICALLYINTERACTS WITH THE ACTIVATION DOMAIN OF LENTIVIRAL TAT PROTEINS, Virology, 209(2), 1995, pp. 347-357
MUTATIONAL ANALYSIS OF THE TRANSCRIPTION ACTIVATION DOMAIN OF RELA - IDENTIFICATION OF A HIGHLY SYNERGISTIC MINIMAL ACIDIC ACTIVATION MODULE
Authors: BLAIR WS BOGERD HP MADORE SJ CULLEN BR
Citation: Ws. Blair et al., MUTATIONAL ANALYSIS OF THE TRANSCRIPTION ACTIVATION DOMAIN OF RELA - IDENTIFICATION OF A HIGHLY SYNERGISTIC MINIMAL ACIDIC ACTIVATION MODULE, Molecular and cellular biology, 14(11), 1994, pp. 7226-7234
GENETIC-EVIDENCE THAT THE TAT PROTEINS OF HUMAN-IMMUNODEFICIENCY-VIRUS TYPE-1 AND TYPE-2 CAN MULTIMERIZE IN THE EUKARYOTIC CELL-NUCLEUS
Authors: BOGERD HP FRIDELL RA BLAIR WS CULLEN BR
Citation: Hp. Bogerd et al., GENETIC-EVIDENCE THAT THE TAT PROTEINS OF HUMAN-IMMUNODEFICIENCY-VIRUS TYPE-1 AND TYPE-2 CAN MULTIMERIZE IN THE EUKARYOTIC CELL-NUCLEUS, Journal of virology, 67(8), 1993, pp. 5030-5034
TRANSCRIPTIONAL TRANSACTIVATORS OF HUMAN AND SIMIAN FOAMY VIRUSES CONTAIN A SMALL, HIGHLY CONSERVED ACTIVATION DOMAIN
Authors: GARRETT ED HE FL BOGERD HP CULLEN BR
Citation: Ed. Garrett et al., TRANSCRIPTIONAL TRANSACTIVATORS OF HUMAN AND SIMIAN FOAMY VIRUSES CONTAIN A SMALL, HIGHLY CONSERVED ACTIVATION DOMAIN, Journal of virology, 67(11), 1993, pp. 6824-6827
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